140805-2

Termination:	Crimp
Insulation Diameter:	0.130" (3.30mm)
Contact Finish:	Silver
Contact Material:	Brass
Color:	Red
Features:	--
Mounting Type:	Free Hanging (In-Line)
Insulation:	Non-Mating End Insulated
Wire Gauge:	17-22 AWG
Series:	Faston
Length - Overall:	0.850" (21.59mm)
Tab Length:	0.311" (7.90mm)
Tab Thickness:	0.031" (0.79mm)
Tab Width:	0.250" (6.35mm)
Gender:	Female
Terminal Type:	Standard
Part Status:	Active
Packaging:	Bulk

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Quick Connects, Quick Disconnect Connectors Applications and Working Principle

Quick Connects, Quick Disconnect Connectors (QC/QDC) have become an increasingly important aspect of commercial and industrial projects across the world. This type of connector enables a technician or electrical engineer to quickly connect and disconnect two or more components without the use of tools. QC/QDC systems are commonly used for connecting and disconnecting data and power cables, HVAC systems, elevators, medical equipment, and a variety of industrial processes.

What Are the Different Types of Quick Connects, Quick Disconnect Connectors?

QC/QDC systems are available in a variety of sizes and configurations. The most common types of connectors on the market today include:

• Push-Pull Connectors – Push-pull connectors use a plunger mechanism to connect or disconnect two components.
• Twist-Lock Connectors – Twist-lock connectors feature a threaded collar that can be twisted to secure or release the connection.
• Push-to-Release Connectors – Push-to-release connectors provide a fast and easy release mechanism compared to twist-lock systems and other systems that require the use of tools to disconnect.
• Plug-In Connectors – Plug-in connectors provide a fast and secure way to connect components without the need for tools.
• Solderless Connectors – Solderless connectors are a convenient way to connect components with minimal soldering required.
• Terminal Blocks – Terminal blocks offer a permanent connection that can be quickly disconnected as needed.

QC/QDC systems are typically made from materials that are resistant to corrosion and heat. Common materials used for connectors include copper, brass, aluminum, and stainless steel. These materials are often covered with a protective coating to prevent damage and ensure a secure connection.

What Are the Benefits of Quick Connects, Quick Disconnect Connectors?

There are many advantages to utilizing QC/QDC systems. These include:

• The ability to quickly connect and disconnect components without the need for tools.
• Reduced installation time and labor costs.
• The connectors are designed for high-speed applications, making them an ideal solution for data and communication networks.
• The connectors are durable and reliable, and can withstand extreme temperatures and harsh environments.
• The connectors are designed to provide a secure connection and prevent voltage drop and power loss.

What is the Working Principle of Quick Connects, Quick Disconnect Connectors?

The principle behind QC/QDC systems is quite simple. The connectors feature a locking mechanism which can be activated by a push, pull, twist, or push-release action. The connector also features teeth to ensure a secure connection. Each connector also has a contact strip that effectively connects two components when the connector is engaged. When the connector is engaged, a signal is sent from one component to the other. This signal can be used to control the flow of electricity or data, depending on the type of connector being used. The connectors can also be used in circuits to control the voltage and current present in the system. For example, a connector could be used to limit the amount of voltage present in a system, or to regulate the flow of current.

Conclusion

Quick Connects, Quick Disconnect Connectors are an essential component of many electrical systems. These connectors are designed to provide a quick and secure connection, and to prevent voltage drop or power loss. QC/QDC systems are available in many different configurations, including push-pull, twist-lock, push-to-release, plug-in, and solderless connectors. They are typically made from corrosion-resistant and heat-resistant materials, and are designed for use in a variety of applications.

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